&lt;title&gt;CCD sensor and camera for 100 Mfps burst frame rate image capture&lt;/title&gt;

Lazovsky, Leonid Yu.; Cismas, Daniel; Allan, G.; Given, Douglas D.

doi:10.1117/12.604523

Cited by 27 publications

(14 citation statements)

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“…The ISIS CCD camera uses a novel charge transfer and storage structure to achieve ultra-high imaging speed. As an example, the ISIS CCD camera manufactured by DALSA [76] (Fig. 8) had 64×64 pixels, each with a 100-μm pitch.…”

Section: Passive-detection Domainmentioning

confidence: 99%

“…As a result, the inter-frame time interval could be decreased to the transfer time of an image signal to the in-situ storage [77]. The ultrafast imaging ability of this ISIS-based CCD camera has been demonstrated by imaging a 4-ns pulsed LED light source [76].…”

Section: Passive-detection Domainmentioning

confidence: 99%

“…Structure of DALSA’s in-situ storage image sensor (ISIS) CCD camera based on on-chip charge transfer and storage (adapted from [76]). The sensor has 64×64 pixels while six are shown here.…”

Section: Figmentioning

confidence: 99%

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Single-shot ultrafast optical imaging

Liang¹,

Wang²

2018

Optica

166

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Single-shot ultrafast optical imaging can capture two-dimensional transient scenes in the optical spectral range at ≥100 million frames per second. This rapidly evolving field surpasses conventional pump-probe methods by possessing the real-time imaging capability, which is indispensable for recording non-repeatable and difficult-to-reproduce events and for understanding physical, chemical, and biological mechanisms. In this mini-review, we survey comprehensively the state-of-the-art single-shot ultrafast optical imaging. Based on the illumination requirement, we categorized the field into active-detection and passive-detection domains. Depending on the specific image acquisition and reconstruction strategies, these two categories are further divided into a total of six sub-categories. Under each sub-category, we describe operating principles, present representative cutting-edge techniques with a particular emphasis on their methodology and applications, and discuss their advantages and challenges. Finally, we envision prospects of technical advancement in this field.

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Section: Passive-detection Domainmentioning

confidence: 99%

Section: Passive-detection Domainmentioning

confidence: 99%

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Single-shot ultrafast optical imaging

Liang¹,

Wang²

2018

Optica

166

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“…However, the Series-Parallel-Series (SPS) CCD was used for the in situ storage, which was difficult to fabricate due to the complexity, resulting in a very low yield rate. Lazovsky developed a CCD ISIS with linear in-situ CCD storage, which achieved 100 Mfps [25]. However, the fill factor, the pixel count and the total number of frames were only 1%, 64 × 64, and 16, which are far below users’ requirements.…”

Section: Isismentioning

confidence: 99%

Toward One Giga Frames per Second — Evolution of in Situ Storage Image Sensors

Etoh

Son

Yamada

et al. 2013

Sensors

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The ISIS is an ultra-fast image sensor with in-pixel storage. The evolution of the ISIS in the past and in the near future is reviewed and forecasted. To cover the storage area with a light shield, the conventional frontside illuminated ISIS has a limited fill factor. To achieve higher sensitivity, a BSI ISIS was developed. To avoid direct intrusion of light and migration of signal electrons to the storage area on the frontside, a cross-sectional sensor structure with thick pnpn layers was developed, and named “Tetratified structure”. By folding and looping in-pixel storage CCDs, an image signal accumulation sensor, ISAS, is proposed. The ISAS has a new function, the in-pixel signal accumulation, in addition to the ultra-high-speed imaging. To achieve much higher frame rate, a multi-collection-gate (MCG) BSI image sensor architecture is proposed. The photoreceptive area forms a honeycomb-like shape. Performance of a hexagonal CCD-type MCG BSI sensor is examined by simulations. The highest frame rate is theoretically more than 1Gfps. For the near future, a stacked hybrid CCD/CMOS MCG image sensor seems most promising. The associated problems are discussed. A fine TSV process is the key technology to realize the structure.

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“…The technology currently in use in our experiments is the Zenith fast framing CCD camera from Dalsa [3], which allows recording of 16 sequential images at 64 × 64 resolution with 100 × 100 µm 2 pixels. The maximum frame rate, 100 MHz, allows for adjustable image exposure in the range from 10 ns to 1.2 ms in 5 ns increments [4]. The camera is based on the principle of local charge storage in a CCD register at imaging pixel level [5].…”

Section: Fast Framing Ccd Cameramentioning

confidence: 99%

Pixel Imaging Mass Spectrometry with fast and intelligent Pixel detectors

Nomerotski¹,

Brouard²,

Campbell³

et al. 2010

J. Inst.

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We report on 'proof of concept' experiments in Pixel Imaging Mass Spectrometry (PImMS) using an ultra-fast frame-transfer CCD camera and also describe an intelligent CMOS sensor which is being developed for this application by the PImMS collaboration in the UK. PImMS is a combination of traditional TOF mass spectrometry and ion imaging. Information provided by the ion imaging gives access to valuable structural information of the molecule under investigation, in addition to the normal mass spectrum. Recording of the 2D spatial information of the arriving ions allows to reconstruct the ion velocity distributions for separate ion masses and to correlate them to each other. The new PImMS sensor will be capable of time stamping up to four arriving ions per pixel during the 200 µsec acquisition cycle with 100 nsec resolution which should meet the demanding requirements of complete recording of mass spectra of complex organic molecules.

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<title>CCD sensor and camera for 100 Mfps burst frame rate image capture</title>

Cited by 27 publications

References 0 publications

Single-shot ultrafast optical imaging

Single-shot ultrafast optical imaging

Toward One Giga Frames per Second — Evolution of in Situ Storage Image Sensors

Pixel Imaging Mass Spectrometry with fast and intelligent Pixel detectors

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